CYMETRIS is currently finalizing the integration of AI systems into its cyber risk analysis platform via the Model Context Protocol (MCP). This capability enables structured, governed AI support within defined TARA workflow steps—without compromising data sovereignty, traceability, or engineering accountability. LEARN MORE↗
The MCP interface allows organizations to connect either commercial or self-hosted AI models. AI access is restricted to explicitly approved, structured data within CYMETRIS, and all usage remains fully traceable. Security engineers retain full decision authority at every stage.
AI-supported functions include architecture import and structured modeling, asset identification and CIA classification, impact and damage assessment aligned with ISO/SAE 21434 or IEC 62443, structured attack vector development, and natural language queries across TARA datasets.
Deployment options include cloud, hybrid, or fully on-premise models, with end-to-end encryption, role-based access control, and strict permission governance. The feature is currently in its final refinement stage, with availability depending on release status and product version.
Stay up to date with CYMETRIS and our software platform. We regularly share new features, updates, and practical expert insights on cyber risk assessment and TARA. Browse all our latest posts right here: NEWS
Usability first: Our new release (which includes backend stability and scalability improvements along with several interesting features—see the complete overview in the tool) brings undo and redo functionality. If you encounter any bugs, please report them!
CYMETRIS has been recognized as an R&D company by Germany’s Research Allowance Authority (BSFZ). This confirms our AI platform for automotive cybersecurity breaks new ground with dynamic attack analysis and collaborative risk assessment. LEARN MORE↗
We’re expanding the boundaries of scalable cyber risk analysis. In a pilot phase, we’re testing vertical TARA integration that allows damage scenarios from lower-level TARAs to flow directly into vehicle-level attack trees. This approach enables independent assessments while protecting IP, and allows efficient derivation, comparison, and reuse of variants.
TARA (Threat Analysis and Risk Assessment) provides a powerful methodology for systematically identifying and evaluating cyber risks — throughout product development and across the entire lifecycle.
Our overview page guides you step-by-step through the complete TARA process in line with ISO/SAE 21434: you’ll learn which phases matter, what artifacts play a role, and what truly counts.
What you’ll find here:
Get started now and dive into the full guide.
Our platform continues to evolve with cutting-edge features for intelligent cyber risk modeling/TARA. Want the latest on new capabilities, integrations, and industry developments? Reach out to our team for insights tailored to your needs.
